What risks should I check before replacing KM108M016G13RR0VH2FP0?

Before replacing, check the physical dimensions (diameter, length, lead spacing) to ensure it fits. Also, verify secondary electrical parameters like ESR and ripple current, especially if the replacement uses a different technology like solid polymer.

KM108M016G13RR0VH2FP0 Alternatives, Datasheet & Cross Reference | Chengx

Finding a substitute for the CX KM108M016G13RR0VH2FP0, a 1000µF 16V radial capacitor, involves matching key electricals and package size. Several alternatives exist with similar or upgraded performance.

AI replacement insight

Electrical risklow

Several candidates match or exceed voltage and capacitance ratings.

Package riskhigh

Candidates vary in size and mounting type (Radial vs. SMD), requiring careful verification.

Can it be replaced directly?

Yes, the AISHI ERE1CM102G13OT is a potential pin-to-pin replacement for the KM108M016G13RR0VH2FP0, offering identical core specs and package with a longer lifetime. However, datasheet review is recommended.

Best replacement path

The AISHI ERE1CM102G13OT is the strongest candidate, matching all key parameters and package size, with an improved lifetime.

Main risk

The main risks involve package mismatches in size or mounting type (radial vs. SMD) and technology differences (wet vs. solid polymer electrolytic).

Recommended alternatives

Matches all key specs and package, with a longer lifetime. A strong candidate for direct replacement.

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Alternative comparison matrix

Feature / factor	KM108M016G13RR0VH2FP0	ERE1CM102G13OT	SPE1EM102G12OL	Compatibility / risk
Package	Radial, 10mm x 13mm	Radial, 10mm x 13mm	Radial, 10mm x 12mm	Radial, 10mm x 13mm / Radial, 10mm x 12mm — Identical package dimensions.; SPE1EM102G12OL: Slightly shorter (12mm vs 13mm).
Voltage	16.0V	16.0V	25.0V	16.0V / 25.0V — Voltage rating matches.; SPE1EM102G12OL: Higher voltage rating is an upgrade.
Capacitance	1000µF	1000µF	-	1000µF — Capacitance matches.
Lifetime	2000h @ 105°C	3000h @ 105°C	5000h @ 105°C	3000h @ 105°C / 5000h @ 105°C — Candidate has longer endurance.; SPE1EM102G12OL: Significantly longer endurance.
Technology	Wet Electrolytic	-	Solid Polymer	Solid Polymer — Different dielectric may affect ESR/leakage.

Application & sourcing insights

Questions & answers

Verified drop-in options for KM108M016G13RR0VH2FP0 are limited in the current batch. Review candidates marked Strong match or Datasheet verified, and validate package, pinout, and electrical limits before committing a BOM change.